Context
The user wanted to replicate high-reach posts on LinkedIn. A single-sample prior read (2 likes) had suggested the account was low-engagement, so a full latest-50-post pull was run to get the actual picture before any content decisions.
// Authorized user case
A Social Signal Retrieval run that pulled the latest 50 posts of a LinkedIn account, profiled their engagement structure, and extracted content patterns that are replicable for higher engagement.
$research-social-signalsContext
The user wanted to replicate high-reach posts on LinkedIn. A single-sample prior read (2 likes) had suggested the account was low-engagement, so a full latest-50-post pull was run to get the actual picture before any content decisions.
Research goal
Analyze the posting behavior of this LinkedIn account and find a replicable method for posts with high readership/engagement.
// Prompt
@skill:Social Signal Retrieval Analyze the posting activity of this account: https://www.linkedin.com/in/xx. The goal is to find a replicable method for producing posts with high readership// Process
Fetched the latest 50 posts via get_linkedin_user_posts. Impressions were null on all 50 posts, so engagement (likes, comments, reposts) was used as the available interaction metric; pagination returned the same batch, so older posts were not available.
Confirmed the account profile (a market researcher with several hundred followers and 500+ connections; name and company redacted) and computed totals: 295 likes (median 4, max 46), 22 comments on 7 posts, 15 reposts on 7 posts; 34/50 posts with images, 34/50 long-form posts.
Ranked the 50 posts by likes+comments+reposts and grouped them into four content types: App rankings (7 posts, avg 15.3 likes, 36% of likes), growth case studies (10, avg 6.6), DTC/brand marketing (13, avg 4.0), and hashtag-only posts (14, avg 2.1).
Found a clear strategy turning point: monthly engagement jumped ~4x in June (98 likes) and July (96 likes) 2026, coinciding with the shift from hashtag-only/generic marketing posts to data-driven rankings and growth case studies.
// Evidence

// Result
$research-social-signals